Vibration isolator DVA.3-50-40-M10-40 Z050414
Catalog numbers:
- DVA.3-50-40-M10-40
Suggested products
TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Vibration isolator DVA.3-50-40-M10-40 Z050414
Vibration Isolators – Reduction of vibrations and noise in machines and equipment
Vibration isolator DVA.3-50-40-M10-40 is an element designed to dampen vibrations and reduce noise generated by operating machines and equipment. Its use translates to improved work comfort, increased safety, and extended equipment life. The construction based on a flexible material – rubber with a hardness of 40 Shore – effectively absorbs vibrations, minimizing their transfer to the surroundings or structural elements.
Construction and application
This cylindrical vibration isolator is characterized by internal threaded connections with a diameter of 50 mm and a metric thread size of M10. The height of the element is 40 mm. This construction allows for stable mounting of components such as motors, fans, or pumps, while simultaneously providing effective vibration isolation. Steel inserts, galvanized, guarantee corrosion resistance and mechanical strength. These types of vibration isolators find wide application in industry, mechanical engineering, and in equipment requiring quiet and stable operation.
Why choose vibration isolator DVA.3-50-40-M10-40?
- Effective vibration reduction: Rubber with a hardness of 40 Shore provides optimal vibration damping over a wide frequency range.
- Durable construction: Steel inserts with galvanization guarantee corrosion resistance and long-term operation.
- Easy installation: Threaded connections facilitate quick and secure mounting in various applications.
- Versatile application: Ideal for mounting motors, pumps, fans and other machine components.
- Improved work comfort: Reduction of noise and vibrations translates to better working conditions for the operator.
- Protection against damage: Vibration damping reduces the risk of damage to machine elements caused by resonance or material fatigue.
- Increased device lifespan: Minimizing dynamic loads affects the longer lifespan of machines and equipment.

